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PRE-LAB QUESTIONS 1. What is meant by Amax? The Amax is ne wavclenqm eLight tma the solute avsor bs most Strengy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L. mol1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0177? Why or why not 1. What is meant by Amax? The Amax is me uavclengm igh the Solute aosor bs most Strongy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L mol-1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0 177? Why or why not?

PRE-LAB QUESTIONS 1. What is meant by Amax? The Amax is ne wavclenqm eLight tma the solute avsor bs most Strengy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L. mol1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0177? Why or why not 1. What is meant by Amax? The Amax is me uavclengm igh the Solute aosor bs most Strongy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L mol-1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0 177? Why or why not?

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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PRE-LAB QUESTIONS 1. What is meant by Amax? The Amax is ne wavclenqm eLight tma the solute avsor bs most Strengy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L. mol1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0177? Why or why not
Transcribed Image Text:PRE-LAB QUESTIONS 1. What is meant by Amax? The Amax is ne wavclenqm eLight tma the solute avsor bs most Strengy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L. mol1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0177? Why or why not
1. What is meant by Amax? The Amax is me uavclengm igh the Solute aosor bs most Strongy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L mol-1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0 177? Why or why not?
Transcribed Image Text:1. What is meant by Amax? The Amax is me uavclengm igh the Solute aosor bs most Strongy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L mol-1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0 177? Why or why not?
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